WO2010126341A2

WO2010126341A2 - Bottle cap in which two different materials are mixed, coupled to neck of container

Info

Publication number: WO2010126341A2
Application number: PCT/KR2010/002778
Authority: WO
Inventors: 이정민; 이성재
Original assignee: Lee Jeong-Min; Lee Seong-Jae
Priority date: 2009-04-30
Filing date: 2010-04-30
Publication date: 2010-11-04
Also published as: KR20100119462A; WO2010126341A3; US20150239638A1

Abstract

Disclosed is a bottle cap having two dissimilar materials, disposed on a container having a certain content, in the direction of discharge of the content, comprising: a main body coupled about the center of the opening of a container; and a functional portion coupled to the central opening located at the top of the main body, and having a storage space and a receiving portion. The two dissimilar materials mix during the coupling of the bottle cap to the neck of the container in a process whereby the main body is made to contact the central opening of the container, and the functional portion, which further comprises a screw threading formed on an inner sidewall thereof, couples to the main body in a direction reverse to the direction the main body couples with the container As the main body couples about the central portion of the container opening, the functional portion screw threading winds open the functional portion on the main body opening and opens the bottom of the receiving portion.

Description

Bottle cap mixed with heterogeneous materials in the process of binding to the container neck

The present invention relates to a bottle cap in which heterogeneous substances are combined in a process of binding to a container neck, and more particularly, to effectively mix the concentrate and water, or the concentrate and the general beverage, or the granule and water, or the powder and water. It is about a bottle cap.

And it can be used in industrial, alcohol, such as medical, pharmaceuticals, cosmetics, chemicals to improve the mixing of heterogeneous materials.

In general, in order to mix the powder or concentrate with the liquid beverage stored in the interior of the beverage container, a separate space must be provided inside the container.

Conventional structures for mixing different materials in such a container include US Patent 6,962,254, US Patent 6,230,884, US Patent 6,854,595, and the like.

However, it is not easy to overcome the functional structure, the efficiency of mixing, the barrier of storage space, the responsiveness of production line, and the convenience of use, so it is not popularized until now.

Recently, US companies, German-Austrian joint venture technology (PCT / EP2002 / 004523: January 17, 2002), and Japanese technology have attracted attention from the international community, but Japanese technology is the first to be commercialized.

However, Japanese technology (JP-P-2001-00185428: June 19, 2001) also has a closed end where the opening forming part falls into the container, which can be swallowed by young children. Although a new type of container neck has been developed that prevents the device from being separated, there is a problem inherent in eliminating other reasons, such as closure, which is not applicable to the existing container neck.

In addition, there is a U.S. Patent Publication No. 2003-72850, but technically, there is a disadvantage that can not be made smoothly, such as airtightness and operability, mold making and putting the contents in the receiving portion.

And WO2007 / 079200, wherein the above technique can mix heterogeneous materials in the process of coupling the bottle cap to the container neck, but the above technique has a poor sealing property of the storage space and also seals the storage space. There was a loss of wealth that was not easy.

An object of the present invention is to ensure that the heterogeneous substances contained in the storage space of the receiving portion in the process of coupling the bottle cap to the container sphere of the container containing the contents drop-mixed in the container storage space.

Another object of the present invention is another object to implement the bottle cap coupled to the container opening to the bottle cap at the same time or after the upper opening or closing hole in the process or to open and close the opening to discharge the mixed contents have.

Another object of the present invention is another object to implement a bottle cap technology capable of extracting the mixed bottle cap in one process.

The bottle cap of the present invention, the main body is coupled to the center of the container of the container, and the main body portion for the coupling above the main body is coupled to the airtightly coupled storage unit and the operating unit having the receiving portion, the main body is Combined in the forward direction with respect to the container sphere of the container, the operating screw thread formed in the inner wall portion of the side of the operation portion is coupled in the reverse direction, if the body is coupled to the container sphere around the operation portion, the main body is coupled to the container sphere At the same time, the actuating part is configured to open the lower part of the receiving part while the actuating part thread is opened on the main thread part on the main body part.

In addition, the couple coupled to the container sphere formed in the inside of the main body, in forming a screw thread, the first screw and the second screw thread, each having a different standard, so that the main body can be coupled to the container neck of different divisions.

In addition, the lower end of the receiving portion having the storage space is configured to be sealed to the sealed portion of the main body to maintain the airtight, the operation portion is formed on the lower end of the bent screw thread so as not to open more than a predetermined portion on the main body of the main body.

And when the operating part is opened, the upper sealing part extending from the bottom sealing part of the main body in the process of opening the operating part in the main body is configured to be out of the upper opening and closing hole of the operating part. The primary operating surface of the operating part is caught by the operating part corresponding part of the main body and moves integrally under a certain load. At the time when the main body is completed with the container fitting part, the primary operating surface is out of the operating surface corresponding part. When the catching jaw is caught up to the bent screw thread up, the operation unit is configured to stop the upward movement.

Alternatively, the bottle cap containing the heterogeneous substance coupled to the container sphere of the container containing the contents is a combination of a main body coupled to the container sphere and a receiving portion having a storage space around the body sphere at the top of the main body. The end of the connecting portion extending downwards in the operating portion is configured to block the discharge hole formed in the lower end of the main body, and when the main body is combined with the container sphere around the operation unit, the main body is centered on the container sphere And, at the same time, the operating part is opened upward by taking the thread of the main body sphere, and the predetermined portion of the main body sphere is configured so that the operating unit does not open, and when the operating unit is opened around the main body sphere, the discharge hole formed below the main body opens and the storage space The contents of are dropped and mixed into the container.

The discharge hole of the main body is to seal the discharge air-tight portion formed at the lower end of the connecting portion of the operation portion, and if the operation portion is upward, the discharge air-tight seal is opened, and if the operation part is lowered, the exhaust-air seal is not lowered. In the upward direction, a plurality of protrusions are formed.

Alternatively, the bottle cap coupled to the container sphere of the container containing the contents may be assembled with a main body coupled to the container sphere, and a receiving portion having a storage space capable of vertically descending downwardly around the body sphere of the main body. The receiving part is configured to be lowered by an operating part assembled to an upper portion thereof. For the above configuration, the operating part is provided with an receiving part operating part, and the operating surface corresponding surface corresponding to the receiving part operating part is formed. It is formed around the upper portion of the accommodating portion, and the actuating portion is rotated only in the forward rotation direction on the main body to form a respective engaging projection on the contact portion of the main body and the operating portion so as not to rotate in the opposite direction, the main body is formed in the container When it is positioned and engaged with the operation part, the main body is engaged with the container part, and if the load is applied on a certain line, The operating part is opened to a certain line while rotating in the direction in which the main body is rotated about the main body part. The receiving part operating part pushes the operating part corresponding surface of the main body downward in the above process, and the perforated part of the receiving part is in the process. Destroying the sealed portion that is the lower end of the storage space formed by combining with the receiving portion, and the contents of the storage space is configured to fall mixed into the container during the process.

In addition, the operation unit is configured to be hooked to the main body sphere of the main body so that a predetermined or more upwards, and the main body is located in the container sphere, and combined with the operation unit to lower the receiving portion and the upper portion of the receiving portion while the receiving portion is drilled down The upper portion of the accommodating part is made of a thin plate, and a perforated part capable of destroying the thin plate is formed on the upper part of the thin plate and the upper bottom part of the operating part.

In addition, the opening and closing part for opening and closing is formed above the perforated part of the operating part.

Alternatively, the bottle cap coupled to the container sphere of the container containing the contents has a main body coupled to the container sphere, and a main body sphere having a bent screw thread above the main body, and stored inside the main body sphere. The accommodating part having a space is elongated and the lower part is sealed by a sealing part, and the operating part has an operating part threaded outwardly around the main body part, and the operating part has a space for descending downward on the main body part. When the bottle cap of the above type is combined with the center of the container, the lower perforation part of the receiving part destroys the lower sealing part of the receiving part in the process of descending the operating part screw by riding down the bent thread of the main body part. The heterogeneous material in the storage space is configured to drop and mix into the container.

In addition, after the operating unit is coupled to the main body, the engaging portion is formed in the form of a hook in the reverse direction without a load in the forward direction and the inside of the operating portion so as to open the operating portion together with the main body. The upper portion of the operating portion is to form an opening and closing portion for discharging the mixed contents.

Alternatively, the main body is coupled to the container sphere of the container containing the contents, and the main body is formed with a fixing protrusion or the like so as not to be separated after being coupled to the container sphere, the lower portion of the body is formed with a discharge hole and the upper portion of the body sphere Is formed, the main body portion of the main body is coupled to the operating unit having a storage space around the center, the lower portion of the operating portion to form a discharge air-tight sealing portion to block the discharge hole, the bottle cap of the form When coupled to the main body is coupled to the container sphere is fixed, and at the same time the operation portion is discharged through the main body sphere is discharged to open the discharge hole is closed while closing the discharge hole, while at the same time the heterogeneous material in the storage space is said It will fall through the vent hole.

Alternatively, when the center portion of the bottle cap of the present invention is coupled to the center of the container is coupled to the center of the container, then the operating portion is rotated about the main body in the process of removing the sealing portion is pushed down the lower sealing portion of the body of the storage space It is configured to drop the contents into the container storage space.

Alternatively, the operation part is raised up in the process of operating the operation part around the main body of the main body, and the discharge hole is opened by the rotation of the operation part connected to the connecting part from the operation part by the sealing part which was blocking the lower discharge hole of the storage space. It is made up.

Alternatively, the connecting rod is lowered in the process of rotating the operation unit around the main body, and during the same process, the contents of the storage space are dropped and mixed into the container while the sealing part which is blocking the lower discharge hole of the storage space is opened.

Alternatively, the sealing part removing part of the operating part is configured to destroy the sealing part of the thin plate while the operating part rotates about the main body.

Alternatively, the closing part of the operating part pushes the upper protrusion piece of the sealing part blocking the lower part of the storage space while the operating part rotates around the main body to the lower part, and the sealing part is opened while the cutout part is destroyed in the process.

Alternatively, as the operating part rotates about the main body and is partially raised, the connecting rod is raised together with the operating part, and the sealing part blocking the discharge hole of the storage space is raised together with the connecting rod, and the discharge hole is opened in the same process. The heterogeneous material in the storage space is dropped and mixed in the container storage space.

Alternatively, when the operating part is rotated, the connecting part is raised, the lower discharge hole is opened in the same process, and the upper opening and closing hole is configured to open.

1 to 4 show a first embodiment of the present invention, Figure 1 is a perspective view,

2 is a longitudinal sectional view of the bottle cap,

Figure 3 shows the bottle cap is assembled to the neck of the container,

Figure 4 is a longitudinal cross-sectional view illustrating a state of placing a heterogeneous material through the filling portion of the bottle cap.

5 to 8 show another embodiment of the present invention, Figure 5 is a longitudinal cross-sectional view of the bottle cap,

6 is a longitudinal sectional view showing a state in which the bottle cap is operated;

7 is a view showing a state in which the operation unit is open in the main body,

8 is a longitudinal sectional view of the main body.

9 is a longitudinal sectional view showing yet another embodiment of the present invention.

10 to 11 show another embodiment of the present invention, Figure 10 is a longitudinal cross-sectional view of the bottle cap,

FIG. 11 is a longitudinal sectional view of the main part of the bottle cap discharge hole sealing part of FIG.

12 to 14 show another embodiment of the present invention, Figure 12 is a longitudinal cross-sectional view of the bottle cap,

13 is a cross sectional view showing a part of a main portion in which an operation portion is coupled around a main body;

14 is a longitudinal cross-sectional view showing a state in which the bottle cap of Figure 12 is used coupled to the neck of the container.

15 and 16 are respective longitudinal cross-sectional views showing examples of still another variation of the present invention;

17 to 18 show another embodiment of the present invention, Figure 17 is a longitudinal cross-sectional view of the bottle cap,

18 is a longitudinal cross-sectional view of the bottle cap is coupled to the neck of the container, the operating part is open.

In the contents discharge direction of the container (1000, 1100)

The bottle cap 1 containing the different materials to be assembled is used for the

containers

1000 and 1100.

The main body 100 is coupled to the mechanism parts 1001 and 1101, and the

Mainly on the body part 101 for the coupling above the main body 100

Actuator 200 has a storage space 202 and the receiving portion 201 is airtight

The main body 100 is a container (1000, 1100)

Right direction (right screw direction) centering on the container spheres 1001 and 1101

Coupled to the inner wall portion of the side portion 203 of the operating portion 200

The formed screw thread 204 is coupled in the reverse direction, and the

Container body 1001, 1101 to the main body 100 around the operating unit 200

When combined with the main body 100 is the container sphere (1001,1101)

It is coupled to the center, at the same time the operating unit 200 is on the main body sphere 101

The operating screw thread 204 is opened on the old screw thread 102

The lower end of the receiving portion 201 is configured to open.

In addition, the couples coupled to the container spheres 1001 and 1101 formed inside the main body 100 have a first screw thread 103 and a second screw thread 104 having different specifications in forming a screw thread. 100 is configured to be coupled to the container sphere (1001, 1101) of different divisions.

In addition, the lower end of the receiving portion 201 having the storage space 202 is configured to be sealed to the sealing portion 105 of the main body 100 to maintain the airtight, the operation unit 200 is the main body of the main body 100 The hooking jaw 205 is formed on the lower end of the bent screw thread 102 so as not to be opened on the bent portion 101.

In addition, when the operation part 200 is opened, the upper sealing part 107 extended by the connecting part 106 in the lower sealing part 105 of the main body 100 in the process of opening the operation part 200 in the main body 100. ) Is configured to leave the upper opening and closing hole 206 of the operation unit 200.

In addition, when the main body 100 is coupled to the container spheres 1001 and 1101 based on the operation unit 200, the primary operation surface 207 of the operation unit 200 corresponds to the operation unit of the main body 100. The first operating surface 207 acts as the operating surface counterpart 108 at the time when the main body 100 completes the engagement with the container fittings 1001 and 1101 by being caught by the portion 108 and under constant load. At the same time, when the operating part 200 is raised and the catching jaw 205 is caught by the bent screw thread 102, the operating part 200 stops upward. (Refer to FIGS. 1 to 4 above)

When the bottle cap 1 of the present invention is further supplemented, FIG. 1 shows a completed perspective view of the bottle cap 1, and the liquid storage space 202 of the bottle cap 1 of the above-described form is liquid. Or powder and the like, and preferably, in the state as shown in FIG. 4, a heterogeneous material is put through the filling part 109 and the filling part 109 is filled with a thin sheet or an injection molded filling part sealing part ( 110), and the state is shown in FIG.

1 and 2, when the bottle cap 1 is coupled to the container spheres 1001 and 1101 of the

containers

1000 and 1100, the main body 100 is the container screw thread of the container spheres 1001 and 1101. (1002, 1102) is to be coupled, and in this case, the primary operating surface 207 is in a form that is fixed to the operating surface corresponding portion 108 is tightly (preferably sandwiched) bar, the main body 100 is a container While the body 100 is fully engaged with the container fittings 1001 and 1101, the primary operating surface 207 moves the operating surface corresponding part 108 until the process of being fixed to the

threads

1002 and 1102 is completed. At the same time, the actuating screw thread 204 is upwardly driven around the main body fitting 101 by riding the bent screw thread 102.

In addition, when the bottle cap 1 is further rotated in the above process, the operating part 200 operates in the main body sphere 101, and when the catching jaw 205 contacts the lower end of the bent screw thread 102, the operating part ( 200 is not able to go up anymore, and the state is illustrated in FIG. 3.

In addition, in the above process, that is, when the operating unit 200 rotates on the main body 100, the dissimilar substance in the storage space 202 is dropped in the storage space 202 while the lower end of the accommodating part 201 leaves the sealing unit 105. The drop is mixed into the

container storage spaces

1003 and 1103 via the 111, and the mixed contents are discharged through the upper opening and closing hole 206.

In addition, when the bottle cap 1 is to be removed from the

containers

1000 and 1100, the operating part 200 is rotated by rotating the center of the main body 100 in the reverse direction to guide the side portion 112 of the main body 100 toward the side portion 112. Is fitted, and at the same time the operating unit 200 together with the main body 100 is to be separated.

For reference, referring to FIG. 3, the

containers

1000 and 1100 are expressed in different forms, but the first screw thread formed on the inner wall of the side part 112 may be different even if the sizes of the

containers

1000 and 1100 are different. 103 and the second screw thread 104 is coupled to the elastically corresponding thereto.

As another embodiment (see FIGS. 5 to 8), FIG. 5 shows that the structure of the bottle cap 1 is configured such that the operation unit 200 is separated from the main body 100, and the bottle cap 1 as shown in FIG. 5. 6 is coupled to the

vessels

1000 and 1001, the main body 100 is coupled to the

vessels

1000 and 1001 as shown in FIG. 6, and the simultaneous actuating unit 200 rises up the main body sphere 101 of the main body 100. Receiving portion 201 of the operation unit 200 is out of the receiving portion inserting portion 113, the state is shown as shown in FIG.

In another embodiment (see FIG. 9), the lower end of the main body 100 may be extended to form a main body sealing part 114 for airtightness at the end thereof.

In addition In another embodiment (see FIGS. 10 to 11), the bottle cap 1 containing the heterogeneous substance bonded to the container sphere of the container containing the contents includes a main body 100 coupled to the container sphere and the main body 100. The operating unit 200 having the storage space 202 and the receiving unit 201 is centered around the main body sphere 101 at the upper portion of the connection unit which extends downwardly in the interior of the operating unit 200. The end of the (209) is configured to block the discharge hole 115 formed in the lower end of the main body 100, and the main body 100 when the main body 100 is coupled around the container sphere by the center of the operation unit 200 ) Is coupled around the container sphere, and at the same time the operating unit 200 is opened upward by taking the thread formed in the foreign exchange section of the main body sphere 101, the operation unit 200 is more than a predetermined portion in the main body sphere 101 The locking jaw 210 is configured not to open, and the operation part 200 is opened around the main body sphere 101. The contents of the main body side discharge hole 115 is opened storage space 202 formed in the lower side of the 100 that would fall into the mixing vessel.

In addition, the discharge hole 115 of the main body 100 is to close the discharge air-tight sealing portion 211 formed at the bottom of the connection portion 209 of the operating portion 200, and discharged when the operating portion 200 is upward When the airtight sealing part 211 is opened and the operation part 200 is lowered, the plurality of protrusions 116 protruding from the upper part of the foreign exchange part of the discharge hole 115 so as not to be lowered are discharged. It is formed.

As another embodiment (see FIGS. 12 to 14), the bottle cap 1 coupled to the container sphere of the container 1000 having the contents includes a main body 100 coupled to the container sphere and the main body 100. Assembling the receiving portion 300 having a storage space 301 capable of descending vertically downwardly to the center of the main body sphere 101, the receiving portion 300 is the operating portion 200 is assembled to the upper portion It is configured to go down by), for the above configuration, the operation unit 200 is the receiving portion operating portion 212 is formed, the operating surface corresponding surface 303 corresponding to the receiving portion operating portion 212 The main body 100 and the operating part (not to be formed around the upper portion of the accommodating part 300, and the operation part 200 rotates only in the forward rotation direction on the main body 100 and does not rotate in the opposite direction). Each of the engaging projections 117 and 213 is formed on the contact portion of the 200, and the main body 100 is placed on the container By coupling the operating unit 200, the main body 100 is made to be coupled to the container sphere, and if the load is applied on a certain line immediately the operating unit 200 is rotated about the main body sphere 101, the main body 100 The operating unit 200 is opened to a predetermined line while rotating in the direction, and the receiving unit operating unit 212 pushes the operating unit corresponding surface 303 of the receiving unit 300 downward in the above-described process, and is accommodated in the same process. The perforated part 302 of the part 300 destroys the closed part 118 that is the lower end of the storage space 301 formed by combining the main body 100 and the receiving part 300, and the storage space 301 during the process. ) Contents are dropped and mixed into the container.

In addition, the operation unit 200 has a main body bent protrusion 119 in the main body bent portion 101 so as not to be upwardly fixed by being caught by the main body bent portion 101 of the main body 100, and caught by the main body bent protrusion 119. In order to form the operating part locking projections 214 on the corresponding surface of the operating part 200 so as to.

In addition, when the bottle cap 1 as shown in FIG. 12 is coupled to the container 1000, the main body 100 is coupled to the container 1000 as shown in FIG. 14, and at the same time, the operation unit 200 is upwardly sealed in the same process. The part 118 is to be destroyed, and when the bottle cap 1 is to be peeled off, when the bottle cap 1 is rotated in the opposite direction as the assembly of the bottle cap 1, the locking protrusion 213 of the operating part 200 is the main body ( The operating part 200 is caught by the locking protrusion 117 of the 100 and is detached from the container 1000 together with the main body 100.

And the receiving portion 300 is a good way to be assembled to the inner wall portion of the main body sphere 101 of the main body 100 in the form of a long groove or a long projection so as to be able to descend downward without rotating inside the main body 100.

In another embodiment (see FIG. 15), the main body 100 is located in the container sphere of the container 1000, and when the operating part 200 is coupled (rotated), the lower portion of the upper part of the operating part 200 is received. In order to allow the upper part of the part 300 to be drilled down so that the receiving part 300 descends, the upper part of the receiving part 300 is left as the thin plate 304 and the upper part and the operating part 200 of the thin plate 304. The upper bottom portion of the perforated portion 215 which can break the thin plate 304 is formed.

In addition, the opening and closing part 400 for opening and closing is formed above the perforation part 215 of the operation part 200, and the perforated part 215 has an upper discharge hole 216, and the upper sealing part 217 above the switch. ) And the opening and closing part 400 for assembling is assembled around the upper sealing part 217.

When the bottle cap 1 is to be separated from the container, when the operating part 200 is rotated in the opposite direction in the first direction, the operating part 200 is fixed to the main body 100 integrally and detached. Refer to FIG. 13 for the idea.

As another embodiment (see FIG. 16), The bottle cap 1 coupled to the container fitting part of the container 1000 containing the contents includes a main body 100 coupled to the container fitting part, and a body fitting part having a bent screw thread 102 above the main body 100. 101, the accommodating part 201 having a storage space 202 extends inwardly around the main body part 101, and a lower part thereof is sealed by a sealing part 120, and the main body part 101. In the center, the outer side is provided with an operating part 200 with an operating part screw 204, and the operating part 200 is assembled to have a space S that can be lowered downward on the main body part 101. When the bottle cap 1 of the above-described form is combined with the center of the container, the lower perforated part of the receiving portion 201 is in the process of descending the operating screw thread 204 by riding the bent screw thread 102 of the body fitting part 101. 218 destroys the bottom seal 120 of the receptacle 201 and is in the storage space 202 of the receptacle 201 during the above process. Heterogeneous material is adapted to be mixed falls into the container 1000.

After the operating part 200 is coupled to the main body 100, the load part in the forward direction of the vortex part of the main body 100 and the inside of the operating part so as to open the operating part 200 together with the main body 100. 13 is formed as shown in FIG. 13. In addition, the upper portion of the operating part 200 is formed to open and close the portion 400 for the purpose of discharging the mixed contents, the upper discharge hole for the purpose of discharging the mixed contents according to the operation of the opening and closing portion 400 ( 216 is formed around the upper sealing part 217, and the opening / closing part 400 is hermetically sealed.

In another embodiment (FIGS. 17 and 18), the main body 100 is coupled to the container sphere of the container 1000 with the contents, and the main body 100 is coupled to the container sphere so that the fixing protrusion 121 is not separated. ) Is formed, the lower portion of the main body 100 is formed with a discharge hole 122 and the upper portion of the main body sphere 101 is formed, the main body sphere 101 of the main body 100 Is coupled to the operating unit 200 having a storage space 202 and the receiving portion 201, the lower portion of the operating portion 200 to form an exhaust air-tight portion 123 to block the discharge hole 122 And, when the bottle cap 1 of the above form is coupled to the container sphere, the main body 100 is coupled to the container sphere fixed and at the same time, the operating unit 200 is discharged in the process of upwardly riding the body sphere 101 The discharge hole 122 is opened while the discharge hole sealing part 123 that is blocking the ball 122 is opened, and at the same time, the heterogeneous material in the storage space 202 passes through the discharge hole 122. The sun will fall.

The exhaust airtight sealing part 123 lengthens the end of the accommodating part 201, assembles the exhaust airtight sealing part 123 around the end, and the foreign exchange of the exhaust airtight sealing part 123. The part may be caught in a manner in which the inner lower end of the main body 100 is pinched so that the exhaust airtight sealing part 123 may be separated into the container 1000 in a downward direction while the operation part 200 is upward, but see FIG. 17. In this case, the discharge air sealing unit 123 is to be connected to the connection portion 219 extending downwardly from the inside of the operation unit 200.

As another embodiment (FIGS. 19 to 21), the bottle cap 1 has a main body 100 and a sealing part 124 partitioned as a cutout 125 under the main body 100, and is formed as described above. The operating unit 200 which can rotate in a predetermined direction with respect to the upper main body sphere 101 of the main body 100 is assembled.

And the inside of the operation unit 200 has a receiving portion 201 having a storage space 202, the one side of the receiving portion 201 has a sealing portion removal piece 220 extending long downwards The end of the seal removing piece 220 is located in the recessed space 126 which is the starting point of breaking the cutout 125.

In addition, in the state as shown in FIG. 19, when the bottle cap 1 is coupled around the container sphere 1001 of the container 1000, the main body 100 is coupled to the container sphere 1001 and simultaneously operated 200. Rotates the main body portion 101 of the main body 100, and then the sealing portion removing piece 220 in the space 126 pushes the cutout portion 125, and the sealing portion 124 opens in the same process, and the storage space. The heterogeneous material in 202 is dropped and mixed into the container storage space 1003. (See FIG. 20).

And the mixed content is to lift the upper opening and closing portion 400 to discharge, when the bottle cap 1 is to be removed from the container 1000, if the operating part 200 in the first opposite direction to rotate in Figure 21 As described above, the locking protrusion 213 of the operating unit 200 hangs the locking protrusion 117 of the main body 100, and the main body 100 is separated from the container 1000 together with the operating unit 200.

As described above with reference to FIGS. 19 to 21, the locking protrusion 213 is rotated without a load in a predetermined direction, but when the locking protrusion 213 is rotated in the direction of a hooked portion, the locking protrusion 213 is a locking protrusion 117 of the main body 100. Hanging on the bar, once opened operating part 200 is characterized by not being in the original position.

And Figure 22 shows an example of the deformation, the appearance of the main body 100 is assembled in the form of the operation unit 200 wrapped, the operation unit 200 is rotated on the main body 100 but not separated. The structure, and between the operating unit 200 and the main body 100, as shown in Figure 21, the locking projections 117, 213 are, of course, formed.

In addition, FIG. 22 is a process in which the bottle cap 1 is coupled to the container sphere 1001 of the container 1000, and when the operating part 200 is rotated in the above state, the sealing part removing piece 220 The end pushes the cutout 125, and the sealing part 124 is opened in the above process.

In addition, when the mixed contents are to be discharged and rotated in the opposite direction of the first operation part 200, the locking protrusion 213 having the structure as shown in FIG. 21 is engaged with the locking protrusion 117 of the main body 100. It is withdrawn from the unit 200.

For reference, FIG. 23 illustrates that the bottle cap 1 as shown in FIG. 19 may be designed without an opening / closing part, which is a discharge means, above the operating part 200.

As another embodiment (see FIG. 24), the sealing part removing piece 501 which is used to destroy the cutout part 125 of the main body 100 is separately manufactured in the form of the receiving part 500 having the storage space 502. The coupling part 500 is coupled to the bottom of the operation part 200.

As such, when the operating part 200 coupled to the main body sphere 101 of the main body 100 is rotated in the rotating direction, the sealing part removing piece 501 pushes the cutout 125 and the sealing part in the same process. 124 is opened downward, and when the bottle cap 1 is to be separated from the container 1000, when the construction part 200 is rotated in the opposite direction of the first, as shown in FIG. 213 is to hang the engaging projection 117 of the main body 100, the operation unit 200 is withdrawn from the main body 100.

As another embodiment (see FIGS. 25 to 28), the operation unit 200 is assembled around the main body sphere 101, and the connection unit 221 extending downwardly in the operation unit 200 is formed inside the operation unit 200. In addition, the lower end of the connection portion 221 is to assemble a sealing portion 127 to block the discharge hole (128).

In the use of the present invention as described above, when the bottle cap 1 of the structure as shown in FIG. 25 is coupled around the container sphere 1001 of the container 1000, the main body 100 is a container sphere ( 1001), and when the operating unit 200 is rotated in the above state, the operating unit 200 is upwardly moved by a screw thread or a screw groove formed in the foreign exchange unit of the main body sphere 101, and thus, a locking groove or a locking protrusion. Received the resistance of a certain time or more the operating unit 200 is not going on the main body sphere 101 is the same as that illustrated in Figure 27.

In addition, the connection part 221 pulls up the sealing part 127 in the above-described process, and thus the sealing part 127 is out of the discharge hole 128, and the state is shown in FIG. 28.

For reference, in the process of coupling the bottle cap 1 to the container 1000, the main body 100 is coupled around the container sphere 1001, and the main body 100 is stably coupled to the container sphere 1001. The instantaneous operation unit 200 is upward on the main body sphere 101, and the contents of the storage space 202 fall while the sealing unit 127 is discharged from the discharge hole 128 in the same process.

As another embodiment (see FIG. 29), the opening and closing portion 400, which is a means for discharging the mixed contents above the bottle cap 1 as shown in FIG. 25, is formed, and in use, similar to FIG. 25. In detail, when the operating unit 200 is rotated, the main body 100 is coupled to the container 1000, and the operation unit 200 is upwardly moved around the main body sphere 101 in the same process. Closing portion 127 that was blocking the will be opened.

And the mixed contents are discharged through the space formed by lifting the opening and closing portion 400 of the upper portion.

As another embodiment (see FIG. 30), the base of the bottle cap 1 is the same as that of FIG. 25, but the singularity is a lower portion of the inner connection part 221 and the discharge hole 128 of the operating part 200. The sealed portion 129 is sealed by thermal bonding or the like.

In the use of the present invention, when the bottle cap 1 is coupled to the center of the container sphere 1001 of the container 1000, the main body 100 is coupled as shown in FIG. 30, and the operating part ( Rotating the 200 a little more, the operation part 200 rides up the body sphere 101 and rises to a certain height in the process of the connection part 221 ascending up while cutting the sealing part 129, and the discharge hole 128 in the same process. This is opened, and the heterogeneous material in the storage space 202 is dropped and mixed into the container.

As another embodiment (see FIGS. 31 and 32), the storage space 202 is provided inside the main body 100, and a discharge hole 128 is formed below the storage space 202, and the discharge is performed. The ball 128 is hermetically sealed as the seal 601.

And assembling a separate prefabricated connecting rod 600 from the top to the lower portion of the operating unit 200, the connecting unit 600 is the operation of the operating unit 200 to descend in the process of the operating unit 200 is rotated The protrusion 222 is assembled toward the space 602, and the sealing part 601 is connected to the lower end of the connecting table 600.

In addition, between the connecting table 600 and the operating unit 200 is preferably added on the basis of the assembled portion of the sealing member, such as O-ring for airtight, when using the above, the bottle cap (1) to the container ( When the container sphere 1001 of the center is coupled to the center, the main body 100 is coupled to the center of the container sphere 1001, and the state is shown in FIG. 31.

And in the state as shown in FIG. 31, when the operating part 200 is more strongly rotated, the operating part 200 rotates around the main body sphere 101, and the operating protrusion 222 is connected to the connecting rod ( 600 is pushed downward, and the contents of the storage space 202 is dropped and mixed into the container storage space 1003 while the sealing part 601 leaves the discharge hole 128 in the same process, and the operation part 200 Rotating in the opposite direction is to actuate the operation unit 200 by hanging the main body 100.

As another embodiment (see FIG. 33), the bottle cap 1 assembles the operation part 200 which rotates only in a predetermined direction to the foreign exchange part of the main body 100, and lengthens downwardly inside the operation part 200. With the extended sealing portion removing piece 501, the lower end of the inner storage space 202 of the bottle cap 1 is sealed as the sealing portion 130.

And in the use of the above, when the bottle cap 1 is placed in the container sphere 1001 of the container 1000 and combined, the main body 100 is assembled to the container sphere 1001 (see FIG. 33), and the above state. When the operating unit 200 is rotated a little further, the sealing unit removing piece 501 has an inclination angle and destroys the sealed sealing unit 130, and the heterogeneous material in the storage space 202 during the process is stored in the container storage space ( 1003) will be mixed dropping.

In the present invention, when the mixed contents are to be discharged, as shown in FIG. 24, when the operating unit 200 is rotated in the opposite direction in the first direction, the engaging protrusion 213 of the operating unit 200 is as shown in FIG. 21. Since the locking protrusion 117 of the main body 100 is actuated, the operation unit 200 is detached together with the main body 100.

As another embodiment (see FIG. 34), the present invention is the same as FIG. 33, except that the mixed contents inside the container are moved upwards by riding the main body sphere 101 of the main body 100. It is configured to discharge the mixed contents through the upper opening and closing hole formed.

Preferably, assembling the operation unit 200 to rotate around the main body sphere portion 101 of the main body 100 to move up and down part, the operation unit 200 is extended to the inside downward long sealing part removal piece At the bottom of the accommodating part 201 having the internal storage space 202 of the main body 100 having the 220, the sealing part 130 is formed to be inclined.

In the use of the present invention, when the operating unit 200 is operated, the main body 100 is coupled to the main body sphere 1001, and when the operating unit 200 is further rotated in the same process, the sealing part removing piece ( 220 destroys the sealing unit 130, and the heterogeneous material in the storage space 202 is dropped and mixed into the container storage space 1003.

As another embodiment (see FIG. 35), the lower portion of the main body 100 includes a sealing portion 130 partitioned by a cutout portion 132, and a protrusion 131 protruding from the upper portion of the sealing portion 130. ) Is formed.

In addition, the operating unit 200 is coupled to the center of the main body sphere 101 of the main body 100, and the inside of the operating unit 200 is provided with a sealing portion removing piece 220 extending downward, as described above. When the operating unit 200 is rotated about the main body sphere 101 is configured to push the stone piece 131.

Such a bottle cap 1 of the present invention is coupled as shown in Figure 35 when the main body 100 is coupled to the center of the container, and when the operating part 200 in the above state is rotated a little more, the sealing part removal piece 220 ) Pushes the stone piece 131 downward, and the cutout 132 is destroyed in the process, the heterogeneous material in the storage space 202 is dropped and mixed into the container.

As another embodiment (see FIG. 36), a storage space 133 is formed inside the main body 100, and a discharge hole 134 is formed below the storage space 133.

And assembling the connecting table 700 around the upper main body sphere 101 of the main body 100, the lower end of the connecting table 700 assembled the sealing portion 701 for sealing the discharge hole 134 will be.

In addition, assembling the operation unit 200 capable of moving up and down about the main body sphere 101, the operation unit 200 is formed such that the jaw 223 or the like so as not to rise above a certain level.

Such a bottle cap 1, the main body 100 is coupled to the center of the container portion, the operation unit 200 in the above-described process pulls the connecting table 700 in the process of being upwardly centered on the body sphere (101) Raising, the sealing portion 701 is out of the discharge hole 134 in the same process, and then the heterogeneous material in the storage space 133 is to fall through the discharge hole 134.

As another embodiment (see FIGS. 37 to 39), the lower portion has a discharge hole 135, and the upper sealing surface 136 is formed to extend longer above the discharge hole 135 to form an inner ball. The upper side of the main body 100 has a main body sphere 101 and assembled to the operating unit 200 that can be rotated around the main body sphere 101.

In addition, the sealing unit 227 may be assembled to block the discharge hole 135 at the end of the connecting unit 226, and the connecting unit 226 may be extended below the operating unit 200.

In addition, the upper part of the operating part 200 has an upper sealing part 224 having an upper opening and closing hole 225, the upper sealing part 224 is assembled in the inner space of the upper sealing surface 136 is sealed To keep.

Such a bottle cap 1 is coupled to the container sphere 1001 around the main body 100, the main body 100 is coupled (see FIG. 37), the operation unit 200 in the above state more When rotated, the upper sealing part 224 is out of the upper sealing surface 136, and at the same time the sealing part 227 is out of the discharge hole 135, as shown in Figures 38 and 39.

The present invention relates to a structure of an accommodating device for effectively mixing a concentrate and water, or a concentrate and a general beverage, or granules and water, or a powder and water. It can be used for cosmetics, industrial use, etc.

Claims

The bottle cap containing the dissimilar substance assembled in the contents discharge direction of the container containing the contents includes a main body that is coupled to the center portion of the container and a storage space and a receiving portion around the main body portion for coupling above the main body. The actuator is hermetically coupled to the body, and the main body is coupled in a forward direction with respect to the container sphere of the container. When the body is coupled to the center portion is coupled to the main body of the container, and at the same time the operating part is coupled to the container neck, characterized in that the lower portion of the receiving portion is configured to open the operating part screw mount on the body portion to open the bent screw. Bottle cap blended.
According to claim 1, Coupled to the container mechanism formed in the inside of the main body, in forming the thread, the first screw thread and the second screw thread having different specifications, respectively, the main body can be coupled to the container neck of different divisions Bottle caps are mixed with heterogeneous materials in the process of combining to the container neck, characterized in that configured to.
The bottle cap according to claim 1, wherein the lower end of the receiving part having the storage space is sealed to the sealing part of the main body to maintain airtightness.
The bottle cap according to claim 1, wherein the operation part forms a locking jaw that is caught on the lower end of the bent screw thread so as not to be opened more than a predetermined time on the main body sphere of the main body.
The process of claim 1, wherein when the operating part is opened, the upper sealing part elongated from the lower sealing part of the main body extends out of the upper opening / closing hole of the operating part in the process of opening the operating part in the main body. Bottle caps in which different materials are mixed.
According to claim 1, wherein when the main body is coupled to the container sphere around the operating unit, the primary operating surface of the operating unit is integrally moved while being subjected to a predetermined load by the operating unit corresponding part of the main body, and the main body is connected to the container sphere. At the time of completion of the coupling, the first operating surface is out of the operating surface counterpart, and at the same time, when the operating part is raised and the locking jaw is caught by the bent screw thread, the operating part is configured to stop the upward movement. This bottle cap is mixed.
The bottle cap containing the dissimilar substance coupled to the container sphere of the container containing the contents is a combination of a main body coupled to the container sphere and an operation unit having a storage space and a receiving portion around the body sphere at the top of the main body. The end of the connecting portion extending downwards in the operating portion is configured to block the discharge hole formed in the lower end of the main body, and when the main body is coupled to the container sphere by the center of the operation unit is coupled to the container portion sphere At the same time, the operating part is opened upward by taking the thread of the main body part, but the main body part is configured to not open the operation part more than a predetermined time, and when the operating part is opened around the main body part, the discharge hole formed in the lower part of the main body opens to open the storage space. In the process of being coupled to the container neck characterized in that the contents are mixed dropping into the container Bottle caps are two kinds of material mixed.
The method of claim 7, wherein the discharge hole of the main body is to seal the discharge air-tight portion formed in the lower end of the connecting portion of the operating portion, the exhaust air-tight closed portion is opened when the operating portion is up, the discharge air-tight portion is not lowered when the operating portion is lowered Bottle caps are mixed in the heterogeneous material in the process coupled to the container neck, characterized in that a plurality of protrusions formed in a predetermined protrusion in the upper portion of the foreign exchange portion of the discharge hole.
The bottle cap coupled to the container sphere of the container containing the contents includes a main body coupled to the container sphere, and an accommodation portion having a storage space capable of descending vertically downwardly from the center of the body sphere of the main body. The accommodation portion is configured to be lowered by an operation portion assembled to an upper portion thereof, and for the above configuration, the operation portion is provided with an accommodation portion operation portion, and an operating surface corresponding surface corresponding to the accommodation portion operation portion has an upper portion of the accommodation portion. And the actuating part rotates only in the forward rotational direction on the main body and forms respective locking projections on the contact part of the main body and the operating part so as not to rotate in the opposite direction. When the part is combined, the main body is connected to the container part, and if a load is applied on a certain line, the actuating part immediately The operating part is opened to a certain line while rotating in the direction in which the main body is rotated, and the receiving part operating part pushes the operating part corresponding surface of the receiving part downward in the above-described process, and the perforated part of the receiving part in the process Destroying the closed portion of the lower end of the combined storage space formed, the bottle cap is mixed with the heterogeneous material in the process of coupling to the container neck, characterized in that the contents of the storage space configured to be mixed dropping into the container during the process.
10. The bottle cap according to claim 9, wherein the operation part is hooked to the main body portion of the main body so that a predetermined amount or more is not raised.
The upper portion of the thin plate according to claim 9, wherein the main body is located in the container sphere, and the operation unit is coupled to the lower portion of the operation unit so that the accommodation unit descends while the upper portion of the accommodation unit is drilled. A bottle cap in which a heterogeneous material is mixed in a process of joining to a container neck, characterized in that a perforated part capable of destroying the thin plate is formed at the upper bottom part of the interest operation part.
12. The bottle cap according to claim 11, wherein heterogeneous materials are mixed in the process of joining to the container neck, wherein the opening and closing part for opening and closing is formed above the perforation part of the operating part.
The bottle cap coupled to the container sphere of the container containing the contents includes a main body coupled to the container sphere, a main body sphere with a bent screw thread above the main body, and a storage space inside the main body sphere. The receiving part is elongated and the lower part thereof is sealed by a sealing part, and the operating part has an operating part threaded outwardly around the main body part, and the operating part is assembled to have a space for descending downward on the main body part. When the bottle cap of the above type is combined with the container sphere, the lower perforated portion of the container destroys the lower seal of the container in the process of descending the bent thread of the main body of the main body and the lower part of the operation screw. The heterogeneous material was bonded to the container neck, characterized in that configured to be mixed dropping into the container Bottle caps are a mixture of heterogeneous materials.
15. The method of claim 13, wherein after the operating unit is coupled to the main body, the locking projection of the main body and the inside of the operating part so that the operating part is opened together with the main body is not loaded in the forward direction and is caught in the form of hooks in the reverse direction. Bottle caps are mixed with heterogeneous materials in the process of bonding to the container neck, characterized in that formed.
14. The bottle cap of claim 13, wherein the upper part of the operating part is provided with an opening and closing part for discharging the mixed contents.
The main body is coupled to the container sphere of the container containing the contents, and the main body is formed in the fixing projections and the like so as not to be separated after being coupled to the container sphere, the discharge hole is formed in the lower portion of the body and the upper portion is formed in the body sphere The main body portion of the main body is coupled to the operating unit having a storage space around the center, and the lower side of the operating portion to form a discharge air-tight sealing portion to block the discharge hole, when the bottle cap of the above form is coupled to the container sphere The main body is coupled to the container sphere and fixed, and at the same time, the operation unit opens the main body sphere, and the discharge hole is opened while the discharge hole is closed, which blocks the discharge hole, and at the same time, the heterogeneous material in the storage space discharges the discharge hole. Bottle caps are mixed in the heterogeneous material in the process of coupling to the container neck, characterized in that falling through.